Providing multiple video perspectives of activities through a data network to a remote multimedia server for selective display by remote viewing audiences

ABSTRACT

Multiple visual perspectives in video of private and public activities including those in public areas such as entertainment venues captured by cameras located near the activities can be transmitted over data networks to a server where video-related data is processed and recorded for selective display by authorized, remote video display devices (e.g., HDTV, set-top boxes, computers, handheld devices) in wired/wireless communication with the server. Users can be registered and authorized to access the server to provide/access video captured by cameras at activities. Wireless handheld devices can selectively retrieve video-related data captured at activities for server storage and subsequent display by video display devices. Captured video/pictures can be organized in a server based on at least one of: activity title, activity time, activity date, activity place, wireless handheld device location at time of video recording, distance from location of interest. Simultaneous display of multiple videos on a display can be synchronized.

CROSS-REFERENCE TO RELATED APPLICATIONS AND PRIORITY

The present application is continuation of U.S. patent application Ser.No. 12/210,971, entitled “Providing Multiple Video Perspectives ofActivities Through A Data Network to a Remote Multimedia Server forSelective Display by Remote Viewing Audiences,” which was filed on Sep.15, 2008, the disclosure of which is incorporated herein by reference inits entirety.

U.S. patent application Ser. No. 12/210,971 is a continuation-in-part ofU.S. patent application Ser. No. 10/620,098 entitled “Providing MultipleSynchronized Camera Views for Broadcast From a Live Venue Activity toRemote Viewers” filed on Jul. 14, 2003, which is a continuation-in-partof U.S. patent application Ser. No. 09/708,776, entitled “ProvidingMultiple Perspectives for a Venue Activity Through an Electronic HandHeld Device, filed Nov. 8, 2000, now U.S. Pat. No. 7,149,549, which wasa non-provisional of a provisional patent application, Ser. No.60/243,561, entitled “Providing Multiple Perspectives for a VenueActivity Through an Electronic Hand Held Device,” filed Oct. 26, 2000.

U.S. patent application Ser. No. 12/210,971 is also acontinuation-in-part of U.S. patent application Ser. No. 09/902,348,entitled “Providing Multiple Perspectives of a Venue Activity toElectronic Wireless Hand Held Devices,” and filed on Jul. 10, 2001,which was a non-provisional of a provisional patent application, Ser.No. 60/243,561, entitled “Providing Multiple Perspectives for a VenueActivity through an Electronic Hand Held Device,” filed on Oct. 26,2000.

U.S. patent application Ser. No. 12/210,971 is also acontinuation-in-part of U.S. patent application Ser. No. 10/015,458entitled “Wireless Transmission of In Play Camera Views to Hand HeldDevices” filed on Dec. 13, 2001.

U.S. patent application Ser. No. 12/210,971 is also acontinuation-in-part of U.S. patent application Ser. No. 11/864,052,entitled “Processing of entertainment venue-based data utilizingwireless hand held devices,” filed Sep. 28, 2007, which is acontinuation of U.S. patent application Ser. No. 11/498,415 entitled“Broadcasting Venue Data to a Wireless Hand Held Device,” filed on Aug.2, 2006, which is also continuation of U.S. patent application Ser. No.09/708,776 entitled “Providing Multiple Perspectives for a VenueActivity Through an Electronic Hand Held Device,” and which claims thebenefit of U.S. Provisional Application Ser. No. 60/243,561, which wasfiled on Oct. 26, 2000, and which also a continuation of U.S. patentapplication Ser. No. 09/887,492, entitled “Systems, Methods andApparatuses for Brokering Data Between Wireless Devices and DataRendering Devices,” which was filed on Jun. 22, 2001, and which claimspriority as a continuation to U.S. Provisional Patent Application, Ser.No. 60/214,339, entitled “Systems, Methods and Apparatuses for BrokeringData Between Wireless Devices and Data Rendering Devices,” which wasfiled on Jun. 27, 2000. The specifications of the aforementioned U.S.patent application Ser. Nos. 10/620,098, 09/708,776, 09/902,348,10/015,458, 11/863,052, 09/887,492, 60/243,561, and 60/214,339 areherein incorporated herein in their entirety by reference.

U.S. patent application Ser. No. 12/210,971 is also related to issuedU.S. Pat. No. 7,376,388, also incorporated herein by reference in itsentirety for its teaching.

TECHNICAL FIELD

Embodiments are related to video-enabled data-processing devices andsystems. Embodiments also relate to techniques for providing increasedviewing opportunities for video and photographic perspectives ofactivities that can occur during their recording privately or at publicentertainment venues and community environments, such as sportsstadiums, arenas, convention centers, concert halls, politicalconvention, trade shows, Olympic events, and the like. Embodimentsadditionally relate to techniques for transmitting video-related datacaptured by cameras located near an activity over a data network to aserver. Servers can be located at or away from a recorded activity. Moreparticularly, embodiments are also related to a system capable ofprocessing video-related data including multiple visual perspectives orvantage points captured by multiple cameras located at or near theactivity and stored in a remote multimedia server for selective displayof visual perspectives at a variety of user video display devices (e.g.,digital televisions, set-top boxes, computers, wireless handhelddevices) in wired or wireless communication with multimedia servers andservice providers.

BACKGROUND OF THE INVENTION

Most modern sports stadiums and live entertainment facilities,convention centers, halls or arenas and the like (herein alsocollectively referred to as “entertainment venues”) employ cameraspositioned to capture video images at diverse locations within thestadium. The audience at a typical sporting event, for example, cangenerally view advertisements, instant replays, and other sports relateddata on the large television screens within the sports stadium itself.Audiences viewing sporting events remotely (e.g., from their homes) canalso view video, instant replays, advertisements and other sportsrelated data; however, video feeds that are broadcasted remotely throughsatellite and cable television networks or displayed at the venue arelimited to a single aspects provided for broadcast to remote displaysone at a time from venue controlled media or broadcast media directors.Media directors, normally located in a broadcast room/booth, have accessto several perspectives of an activity captured by cameras located atthe entertainment venue simultaneously and can cause the real time playand replay of various aspects of the action at the event while alsoenabling commentators to provide comments about what is being displayed.Video feeds are typically transmitted/broadcasted under licensingarrangements with broadcasting entities for viewing by a remote viewingaudience.

Fans/spectators of an entertainment venue activity have been limited inthe past over what video perspectives they can view because videobroadcasted from or shown at a venue because perspectives arepre-selected by media directors and broadcasters for the remote viewingaudience. The remote viewing audience can utilize television sets toview broadcasted video transmitted through cable television, satelliteand radio frequency (RF) transmissions. Computers can also be used toview streaming video data transmitted over data networks. Despite theavailability of remote resources for the remote viewing audience user toview video captured by cameras at entertainment venues, the user isstill currently restricted to viewing a single pre-selected (orreleased) video. Furthermore, video perspectives are limited by theamount and placement of cameras located within the entertainment venueand controlled by entertainment venue operators and licensees. Even insituation where multiple perspectives of an activity are recorded,images recorded from various perspectives are not synchronized to aparticular time period and location. What are needed are more videoviewing options for remote viewing audiences where multiple perspectivesof an activity are available as recordings. What is also needed arevideo media viewing options that enable remote viewing audiences to viewmultiple perspectives of an activity from the same point in time and atdifferent angles with respect to the activity.

It is therefore desirable given the present invention that remoteviewing audiences be provided enhanced viewing options in the form ofmultiple viewing perspectives captured by cameras within theentertainment venue as well as any other activity, public or private,wherein cameras may be utilized to capture video. The present inventorbelieves that additional video perspectives provided in the form of newvideo viewing options captured at entertainment venues and of otheractivities not necessarily tied to an official sports venue can beprovided to remote viewing audiences over current data networks (wiredand wireless) for display at various user devices (e.g., computers, HighDefinition Televisions (HDTVs), set-top boxes such as TiVO™ devices andthose provided by cable and satellite companies like Comcast™, DirecTV™and Dish Network™, and handheld devices, such as Palm™, Blackberry™ andiPhone™ PDAs, other data/video-enabled cellular telephones, and otherhand held wireless video-enabled devices such as Apple iTouch™, NintendoDS™ and Sony Playstation™ (PSP) devices). iPhone™ and iTouch™ areregistered trademarks of Apple Inc., Blackberry™ is a trademark ofResearch In Motion Ltd., Palm™ is a trademark of Palm Inc., TiVO™ is atrademark of TiVo Inc., DIRECTV™ is a trademark of DIRECTV Inc., DishNetwork is a trademark of EchoStar Communications Corporation, NintendoDS™ is a trademark of Nintendo of America Inc., and Sony PSP™ is atrademark of Sony Corporation Entertainment America Inc.

Much of what is needed to teach aspect of the present invention hasalready been described in the patent applications that are incorporatedherein by reference with priority extending back to the years 2001 and2000. Since then, video sharing websites and online communities havecome into being such as YouTube.com™, MySpace.com™ Flickr™, Fancast™ andMyFrontRow.com™ for basic video and picture sharing, and Second Life™(abbreviated SL), for more engaged interaction by community membersvirtually using avatars. YouTube is a trademark of Google Inc., MySpace™is a trademark of MySpace Inc., Flickr™ is a trademark of Yahoo Inc.,Facebook™ is a trademark of Facebook Inc., Fancast™ is a trademark ofComcast Corporation, MyFrontRow™ is a trademark of Front RowTechnologies, LLC, and Second Life™ is a trademark of Linden ResearchInc. The number on online communities with video and picture sharingcapabilities continues to grow; but there is still much room forimprovement in the delivery of media to end users such as those that aremembers of an online community, or to remote spectators watching highdefinition television through cable and satellite broadcasting services.Enhanced video and picture management and retrieval where multipleperspectives of the same activity when available will provide a higherlevel of service value to end users of current online multimediaservices and resources and is what is still needed in online communitiesas they continue to develop. Enhanced video and picture capturing,sharing, searching and viewing capabilities for multimedia contentproviders, enablers and broadcasters will now be possible with thereaching of the present invention.

Handheld computing devices (i.e., also referred to as “hand helddevices” Or “wireless handheld devices”) have become increasinglypopular over the past decade for storing and maintaining information.Many handheld devices include video recording capabilities and cancommunicate with available wired and wireless data communicationsnetworks including the Internet via wireless communication transceiverlinks to data communications networks (e.g., cellular data networks thatare 3G enabled). Handheld devices that are capable of displaying andrecording video and can communicate wirelessly with data networks werealso taught in the prior patent applications for which the presentapplication claims priority.

The present inventor further believes that viewing audiences can also beprovided enhanced access to captured video content through servers wherethe data is identified for access from the multimedia servers based ontitle, location, date, and other related data. A geotag or geostamp is asequence of characters that can be associated with data to denote a timeand location at which a certain event occurred. A geotag can typicallyinclude information about latitude, longitude, time, and elevation. Datacan be taken from Global Position Satellites (GPS). Although tags withgeographical information can be used in association with captured videoand pictures, current wireless handheld devices with integrated cameras,GPS and wireless data communications capabilities are not adapted toautomatically tag pictures as they are taken. Geographical taggingwithout automation (and possible standardization) is simply notconvenient for most users because tagging requires too much time orsteps using available software and hardware to determine and associatewith captured video and picture data.

The present inventor believes that wireless GPS-enabled handheld devicesthat include video cameras, video recording capabilities and wirelessdata communications can be utilized to provide video and still pictureswith geographical information, automatically. It would also be moredesirable and acceptable for general use if video and pictures couldautomatically be tagged with location, time and date information so thatsubsequent retrieval from a server can be facilitated based on alocation, date and time of interest. It would also be desirable if usersaccessing servers containing tagged video and pictures could retrievevideo and picture related data based on membership or access to aparticular community, or to be able to search a point in time andlocation of interest. For example, a user may want to search for contentfrom a specific GPS location and within a specific distance from the GPSlocation, at a specific date and within a particular point of or span intime. Such a capability would be of high value and very useful forentertainment, business and national security purposes.

The present invention enables many new capabilities for video relatedmedia to address a broad spectrum of applications and the needs of endusers. The present invention provides enhancements over spectator accessto video and picture related data accessible via servers, onlineservices and communities, and over a data communications and broadcastnetworks and end user multimedia hardware.

BRIEF SUMMARY

One aspect of the present invention provides improved methods andsystems for delivering activity-related video data and pictures to amultimedia server for access by remote video display devices havingaccess to the multimedia server.

It is another aspect of the present invention to provide improvedmethods and systems for delivering video captured from different visualperspectives of an activity, such as private activities as well aspublic activities including those occurring in an entertainment venue,to a server for processing and access by remote display devices.

It is still another aspect of the present invention to provide methodsand systems for providing multiple visual perspectives from an activityfor viewing through remote display devices.

It is yet another aspect of the present invention to provide systems andassociated methods that provide on-demand video action and instantreplays from multiple camera angles captured from venue and/or privateuser cameras focused on the activity.

It is yet another aspect of the present invention that venue and/orprivate user handheld devices with cameras that are focused on theactivity can capture video including identifying data such as electronictag bearing the date, time and location information where the video (orpictures) were captured (e.g., GPS location and time stamped where timestamping can be provided from GPS-UTC or from Atomic clock time).

It is another aspect of the present invention to provide wirelesshandheld devices with wireless data network communications, a videocamera, GPS and software enabling automatic geographic location and timetagging for recorded media.

It is yet another aspect of the present invention that enables users toaccess a multimedia server and access video and photos captured of anactivity and including identifying data such as electronic tag bearingthe date, time and location information where the video (or pictures)were captured (e.g., GPS and time stamped) and also enables the users tosearch for video and/or photos of an activity based on time, date,location, title, category, and also enable the limiting of distance fromthe location of interest and timeframe for which data should beretrieved when location information is provided with the data.

It is yet another aspect of the present invention that enables users toaccess video of an activity in multiple visual perspectives from amultimedia server and simultaneously play/replay the multiple visualperspectives of video in synchronicity based on data tagging embedded invideo data.

According to unique features of the present invention, systems andmethods provide increased remote video viewing opportunities ofactivities, private and public, including activities that occur atentertainment venues. Video-related data including multiple visualperspectives captured by cameras located at or near the activity can betransmitted over wired/wireless data networks to a server wherevideo-related data is processed and recorded for selective display byauthorized, remote video display devices (e.g., HDTV, set-top boxes,computers, and wireless handheld devices) also in wired/wirelesscommunication with the server. Users and online communities can beregistered with multimedia servers or a service and users can beauthorized to access a server to provide video captured at an activity.Single user registration or registration in association/membership witha community is enabled. Video can be captured by users using a cameraincluded in a wireless handheld device. Registered user can selectivelyretrieve video-related data captured at the activity for display byvideo display devices. Captured video can be organized in servers basedon at least one of: activity title, activity time, activity date,activity place, GPS location of wireless handheld device at time ofvideo recording.

A server can be provided that is adapted to: receive different visualperspectives of a public activity captured by more than one cameralocated at the activity, process the different visual perspectives intovideo-related data and record the video-related data for selectiveretrieval and display by user video display devices authorized tocommunicate with the remote server over a data network.

A registration module can be provided that is adapted to register usersand authorize user access to the server to: provide video captured atthe activity using a camera included in a wireless handheld device andselectively retrieve video-related data captured at the activity fordisplay by a user video display device.

An activity organization module can be provided that is adapted toorganize video captured by a user at the activity using a cameraincluded in a wireless handheld device and provided to the server,wherein the video is automatically organized by the server based onidentifying data including at least one of: activity title, activitytime, activity date, activity place, GPS position of wireless handhelddevice at time of video recording, and the activity organization modulecan be further adapted to provide a user selective access to theorganized video from the server based on a request from the user of atleast one of: activity title, activity time, activity date, activityplace, wireless handheld device GPS position at time of video recording.GPS information typically includes the latitude, longitude, and time(e.g., UTC or Atomic clock time). The time, date and location can bespecified when provided as part of the search criteria for media (e.g.,GPS Lat xx.xx.xx and Long xx.xx.xx within a 0.5 mile radius, from 1700hrs to 1730 hrs). Proper “time” identification tagging of video when/asrecorded is important where synchronization of multiple perspectives foraccurate viewing simultaneously on displays associated with videodisplay devices is desired. Accurate timing can be provided by GPS-basedUTC time and also by Atomic Clock time to ensure that video of anactivity recorded by/from disparate sources can be synchronized whenplayed or replayed on remote video systems.

A community association module can be provided that is adapted toassociate registered users with online communities also registeredwithin the server and to provide a user with selective access toorganized video of activity captured by a cameras used by communitymembers of an activity and provided to a server, wherein the video isprovided to the user from the server based on a request from the user ofat least one of: activity title, activity time, activity date, activityplace, wireless handheld device location (e.g., GPS) at time of videorecording, and distance from a location of interest.

A method providing increased remote video viewing opportunities ofactivities including those public and private that occur atentertainment venues to a remote audience can include the step ofregistering users and online communities at a server adapted to receiveand process video and authorizing the users associated with onlinecommunities to access said server adapted to receive and process videoto provide video captured at the activity using a camera included in awireless handheld device and to selectively retrieve video-related datacaptured at the activity for display by video display devices.

A method step can be provided for receiving different visualperspectives of an activity captured as video by more than one cameralocated at an activity at a server adapted to receive and process video,wherein the different visual perspectives are received at the serveradapted to receive and process video through a data network.

A method step can be provided for processing the different visualperspectives at the server adapted to receive and process video intovideo-enabled data and recording the video-enabled data in a memory(e.g., database) associated with the server adapted to receive andprocess video.

A method step can be provided for organizing video captured by a user atthe activity using a camera included in a wireless handheld device andprovided to the server adapted to receive and process video based onidentifying data including at least one of: online community name,activity title, activity time, activity date, activity place, wirelesshandheld device GPS position at time of video recording.

A method step can be provided for providing user access to the organizedvideo from the server adapted to receive and process video based on arequest from the user of at least one of: activity title, activity time,activity date, activity place, wireless handheld device GPS position attime of video recording. The video-related data is provided to the videodisplay devices from a server adapted to receive and process video overa data network. Again, it is a feature of the present invention that thetime, date and location of an event capture can be specified whenprovided as part of the search criteria for recorded media (e.g., GPSlat xxxxxx and long xxxxxx within a 0.5 mile radius, from 1700 hrs to1730 hrs, on Dec. 31, 2008). Again, accurate timing recorded on themedia, e.g., if provided by GPS-based UTC time and also by Atomic Clocktime, can ensure that video of an activity recorded by/from disparatesources can be synchronized when played or replayed on remote videosystems; especially when multiple perspectives are played on a displaysimultaneously over split screen views provided in a video display.

Yet another method step can be provided that enables accessed video ofan activity in multiple visual perspectives from a multimedia server tobe simultaneously play/replay in synchronicity on a video display basedon data tagging embedded in video data.

The above and other aspects of the invention are achievable as will nowbe further described.

BRIEF DESCRIPTION OF THE DRAWINGS

The novel features believed characteristic of this invention are setforth in the appended claims. The invention itself, however, as well asa preferred mode of use, further objects, and advantages thereof, willbest be understood by reference to the following detailed description ofan illustrative embodiment when read in conjunction with theaccompanying drawings, wherein:

FIG. 1 depicts a diagram wherein several cameras are recording variousperspectives of an activity at a venue;

FIG. 2 illustrates a block diagram of camera-enabled handheld devicesrecording video of an activity from different perspectives fortransmission through a wireless gateway for storage at a multimediaserver;

FIG. 3 illustrates a block diagram of cameras recording video data of anactivity for storage in a server and a remote client accessing thestored video from the sever over a data network;

FIG. 4 illustrates a block diagram of cameras recording video data of anactivity for storage in a server and a handheld multimedia device,capable of viewing video, accessing captured video as streaming datafrom the server through a wireless data communications network and/or asa broadcast;

FIG. 5 illustrates a system diagram of video captured by cameras at anactivity provided to a server and the video data provided to wirelesshandheld devices located near the activity through data communicationshardware, and also data provided by data communication hardware througha data network to remote multimedia content provider hardware fortransmission via cable, radio frequency transmission or satellite to amultimedia presentation device (e.g., high definition television,set-top box, computer or handheld devices located away from theactivity);

FIGS. 6-7 illustrates block diagrams of typical data flows and protocolsin a data communications network;

FIG. 8 illustrates a data network system diagram for a typical client,server, data network, Internet service provider communicationsarrangement;

FIG. 9 illustrated a exemplary screen shot for a video archiving andsubscription service entitled MyFrontRow™ which enables community andindividual user registrations, video archiving, and video retrieval forvideo captured at activities by venue operators, fans and privatelyowned, video camera-enabled, handheld device users; and

FIGS. 10-13 illustrate flow diagrams of various methods for providingincreased remote video viewing opportunities of activities includingprivate activities and public activities that occur at entertainmentvenues and within physical communities to a remote audience, inaccordance with features of the present invention.

DETAILED DESCRIPTION

Referring to FIG. 1, illustrated is an example of an entertainment venue100, such as a football stadium. An entertainment venue typicallyincludes a public attendee seating area 101, which is typically dividedaccording to seats and sections, surrounding an activity area 110, whichis typically reserved for access by authorized personnel andperformers/athletes. The seating area 101 surrounding the activity area110 and can be divided into sections, e.g., sections A through N isshown. Several venue controlled video cameras C1-Cn can be deployedthroughout the entertainment venue 100 and can typically surround theactivity area 110 to provide multiple vantage points from which tocapture video for broadcast and display of the activity taking place inthe entertainment venue. In addition to entertainment venue controlledcameras C1-Cn, many private handheld devices enabled with video camerasM1-Mn and owned/carried by attendees (e.g., spectators and fans) can belocated throughout the entertainment venue. An entertainment venue 100can be utilized for sports activities, concert activities, politicalrallies, or other activities requiring a large space. Entertainmentvenue controlled cameras C1-Cn together with private handheld camerasM1-Mn provide an opportunity for vast coverage of the activity area 110.

FIG. 1 illustrates how effectively an entertainment area 110 can becovered by various video cameras capturing video and/or pictures of anactivity. Entertainment venue controlled camera one (C1) 121 is shownlocated near the center field location of the venue providing a centralvenue of the activity area 110. Entertainment venue controlled camerastwo (C2) 122 and three (C3) 123 are shown located at opposite end zonelocations of the activity area 110. Entertainment venue controlledcamera n (Cn) 124 is shown at the opposite side of the activity area 110in Section H. The entertainment venue controlled cameras C1-Cn canobviously provide good visual coverage of the activity area; but it canbe appreciated that attendee handheld devices equipped with videorecording capabilities are mobile and can also be deployed in severalareas through the public attendee area 101, thereby providing an evenricher selection of video perspectives for fans that might be observingthe activity, or may be located at home or any other remote locationoutside of the venue proper.

Attendee handheld device one (M1) 131 is shown located in Section A witha slightly different vantage point that entertainment venue controlledcamera one (C1) 121. Attendee handheld device one (M1) 131 clearlycompliments the perspective captured by entertainment venue controlledcamera one (C1) 121 from Section A. Attendee handheld devices two (M2)132 and three (M3) 133 are located at centralized end zone locations(Sections E and K respectively). Attendee handheld devices two and threeclearly provide views that were not covered by the entertainment venuecontrolled cameras. Another attendee handheld device (Mn) 134 is shownlocated in Section G, providing yet another perspective for activityfans.

The deployment of multiple cameras as shown for the entertainment venueillustrated in FIG. 1 offers unique multimedia content, which can be ofvalue to all spectators. Although an entertainment venue 100 is shown inFIG. 1, it should be appreciated that an “activity” does not have totake place within a public “entertainment” venue to be recorded by videocameras. Indeed, activities of interest can also take place at privateor public events and locations that do not draw large scale attendancebut are nevertheless of high interest. For example, a little leaguebaseball game might be recorded by several parents attending the game. Acompetition that is distributed over a vast area, such as a bike or autorace, can be captured from various, distributed perspectives. Viewscaptured by private attendees at such events are of value to allattendees and can be shared by using a multimedia server in accordancewith features of the present invention. Camera views can be captured bymore than camera deployed about and/or in surrounding a live sports orentertainment venue activity 110, such as a racing event, ball game,concert, golf, Olympic event, political rally, boxing or wresting ring,and casino activities such as sports book. The activity does not have tobe entertainment based to be of value and can be stored in a server byindividuals working alone or as a member of an organizedcommunity/group. Proper “time” identification tagging of video when/asrecorded is important where synchronization of multiple perspectives foraccurate viewing simultaneously on displays associated with videodisplay devices is desired. Accurate timing can be provided by GPS-basedUTC time and also by Atomic Clock time to ensure that video of anactivity recorded by/from disparate sources can be synchronized whenplayed or replayed on remote video systems.

An activity can also be of educational, commercial or governmentinterest. For example, if a natural disaster or terrorist act occurredwhere several witnesses were able to record the event with personalhandheld video cameras, the video images may be of very high value froma national security or investigation standpoint and can be shared via amultimedia server adapted to collect and organize various videos. TheDepartment of Homeland Security (DHS) and government investigative andintelligence agencies, for example, would be interested in collecting asmuch information about an unfortunate, public event as possible in orderto find those responsible, or to prevent future occurrences. A Hollywoodscenario in the 2008 movie release “Vantage Point” is a fictitiousaction movie that provides moviegoers a scenario where an attemptedassassination of the president is told from five different points ofview. Although fictitious, the scenario revealed in this movie is a goodexample where video data in synchronicity from different vantage pointsfrom a real-world situation can become highly valuable and necessary forinvestigative purposes. As another example, a casino operator can alsobe very interested in monitoring various perspectives within the casinofor security purposes. Fulfillment of these needs and other applicationcan be envisaged now given the present invention.

Referring again to the illustration in FIG. 1, assuming that the venue101 is instead a town or a city, the activity 110 of interest may beobserved by spectators at various locations surrounding the activity. Ifwitnesses to an activity also have the means to capture video orphotographs of the activity and could upload the captured data into aserver where the date, time and location for the data is alsoidentified, then researchers or investigators can easily find important,high value information about the activity from servers. Again, proper“time” identification tagging of video when/as recorded is importantwhere synchronization of multiple perspectives for accurate viewingsimultaneously on displays associated with video display devices isdesired. Accurate timing can be provided by GPS-based UTC time and alsoby Atomic Clock time to ensure that video of an activity recordedby/from disparate sources can be synchronized when played or replayed onremote video systems. GPS tagging, which will be described in moredetail below, can actually provide date, time and location with greataccuracy and may be best suited for providing this information on media.

Those skilled in the art can appreciate that hand held devices can beimplemented as a Internet-enabled cellular communications device, suchas a Blackberry™ iPhone, and Palm Treo™ Smart phones and PDA devicessold today include high-speed data network access (e.g., HSPA-HSDPA,WiMAX, Edge, GSM, etc.), providing video streaming, provide Internetaccess, and can capture video with greater than 1 megapixel imagecapturing capability. Global position system (GPS) chipsets are alsoprovided on handheld devices today. Handheld devices such as PDAs andSmart Phones have been thoroughly described in the patent applicationswhich are incorporated by reference with priority. Furthermore, thoseskilled in the art are currently well informed about most of thefeatures and operation of handheld devices. For these reasons,additional detail is not required for a generally understanding ofwireless. handheld devices as they are used with or to carry out theunique features of the present invention.

To the extent the provision of wireless handheld devices with wirelessdata network communications, GPS and video recording camera can beimproved to best operate in accordance with features of the presentinvention, a software module can be provided as part of the multimediafeatures in a handheld device that can automatically include a data tagon the recorded media that can indicate the location and time of videoor picture recording. For example, a time and location sentence can beembedded in the digital file or as a message embedded in pixilated mediathat will provide the time and location of the recorded activity. A datatag sentence that will indicate that a photograph or video was capturedon Dec. 31, 2008 at UTC time 12:35:19 and at GPS location Latitude 48deg 07.038′ N; Longitude 11 deg 31.000′ E can be provided in asimplified format that can read as follows:12312008,123519,4807.038,N,01131.000,E. An abbreviated data tag can beeasily searched for in searchable databases within a server. The serverand/or data base can be programmed to convert the data tag intosearchable media where a user of a multimedia service may request thatvideo/pictures be found from a within one half mile of a specificationGPS location within a range of time by entering indentifying informationinto search field over a graphical user interface (GUI). An examplesearch can include the following: Search within Distance=0.5 mile(s) ofGPS Location=Latitude 48 deg 07.038′ N and Longitude 11 deg 31.000′ E;at Time=1700 hrs to 1730 hrs; Date=Dec. 31, 2008). Access to recordedmedia, therefore, can be provided to users from the server based onsearch criteria specific to the timeframe, date and location of thedata's capture as described above. For example, a researcher can requestfrom the multimedia server that video and pictures of an activity takingplace at a specific location, at a specific date, during a giventimeframe as receive only media that is relevant to the exact activityof interest (e.g., winning touchdown, questionable call by a referee, aspectacular public sighting, a catastrophic event, and event ofpolitical, educational and investigative interest).

As described above, if wireless handheld devices have GPS capability andintegrated video cameras, software programming can be incorporated as acompanion application with multimedia software used to capture/recordvideo and photographs to enabling the tagging of any media captured bythe video camera (video or pictures) to include an associated data stampthat includes, the date, time, and GPS location for the captured videoor picture data as it is actually recorded. It can even be possible toinclude the direction in degrees (e.g., using an electronic compass) andaltitude of the handheld device when the video/pictures were actuallycaptured by the camera. Additional data can be entered into the serverwhen video/photos are uploaded, such as title, location or event names,etc. Users can later access the multimedia data, now organized as videoor pictures from a server with at least one of: activity title, activitytime, activity date, activity place, wireless handheld device GPSposition at time of video recording, altitude at capture, orientation ordirection of capture by handheld during capture (i.e., provided indegrees from magnetic north an electronic compass integrated in thecamera/handheld device).

It is appreciated that privacy may come into play with certaintechnology. The idea of automatically tagging video or photographs whenthey are captured by cameras may not settle well with some users. Forthis reason, Handheld devices can also be programmed to enable theuser/owner of the cameras to disable or suppress tagging for photographif location information is not desired. This may be an important privacyfeature depending on the sensitivity of the multimedia content beingrecorded by the camera. The software module can allow GPS to beoverriding by depressing a button, soft-button or set up parameterbefore taking video footage with the handheld device.

Referring to FIG. 2, a block diagram of camera-enabled handheld devices131-134 including integrated video cameras 137 for recording video of anactivity 110 for transmission through a wireless gateway 140 for storageat a server 150 is illustrated. In accordance with a feature of thepresent invention, a server 150 can be provided that is capable ofreceiving different visual perspectives of a activity 110 captured bymore than one camera 131-134 located at, near and/or around the activity110. The server 150 can process the different visual perspectives of theactivity 110 into video-related data and record the video-related datafor selective retrieval and display by user video display devicesauthorized to communicate with the server 150 over data networks.

A registration module 151 can be provided with the server 150 that isadapted to register users and authorize user access to the server to:provide video captured at the activity 110 using a camera 137 includedin a wireless handheld device 131 and selectively retrieve video-relateddata captured at the activity for display by a user video displaydevices.

An activity organization module 152 can be provided with the server 150that is adapted to organize video captured by users at the activityusing a cameras 131-134 including a camera 137, where videos of variousperspectives of the activity 110 are provided to the server 150, andwherein the video is automatically organized by the server based onidentifying data including at least one of: activity title, activitytime, activity date, activity place, location (e.g., GPS stamp as alocation data tag) of wireless handheld device at time of videorecording. The activity organization module can be further adapted toprovide a user selective access to the organized video from the serverbased on a request from the user of at least one of: activity title,activity time, activity date, activity place, and wireless handhelddevice location at time of video recording. Camera orientation, locationand direction can also be features that are used as informationassociated with an electronic tag included with video images.

A community association module 153 can be provided with the server 150that is adapted to associate registered users with online communities(e.g., membership group) also registered within the server 150 and toprovide a user selective access to organized video of activity capturedusing a camera 137 included in a wireless handheld device 131 byregistered community members attending an activity and which areprovided to the server 150. Video can then be provided to all registeredusers of the community from the server 150 based on a request from theregistered community user of at least one of: activity title, activitytime, activity date, activity place, wireless handheld device locationat time of video recording.

A video synchronization module 154 can be provided with the server asshown in FIG. 2, or with the remote client (e.g., HDTV, set-top box, andother video display devices not shown in FIG. 2). The videosynchronization module 154 when provided is adapted to simultaneouslyplay/replay video captured from different visual perspectives of anactivity in synchronization with each other based on the time that thesimultaneous videos were captured. Synchronization is possible usingtime stamp information embedded as data tagging information in videodata associated with streaming video.

Those skilled in the art can appreciate that although real time videodata may be transmitted to server 100, past captured video images canalso be stored/archived within server 100 and transferred to userdisplay devices such as hand held device 131 for display at display. Forexample, instant replays may be transferred as video data to hand helddevice 131 upon the request of a user of hand held device 131 at avenue, or a user watching an activity from home can request the replayfor display on a high definition television set, or through a videorouter, on a computer or on a handheld device. Such instant replayfootage can be displayed on display screen of various, data networkenabled devices for the user to view.

Referring to FIG. 3, a block diagram 200 of cameras 131-134 recordingvideo data 221-224 of an activity 110 for storage in a server 150 and aremote client 180 having a display 185 and adapted to access the storedvideo data 221-224 from the sever 150 over a data network 170.

Referring to FIG. 4, a block diagram 300 of cameras 121-124 recordingvideo data 221-224 of an activity 110 for storage in a server 150 and ahandheld multimedia device 380 having a display screen 385 and capableof viewing the video data 221-224 by accessing the video data 221-224from the server 150 through a wireless data communications network asstreaming video and/or as a broadcast. Server 100 can also communicatewith handheld devices through a wireless cellular communication network(e.g., 3G, HSPA/HSDPA, Edge, WiMAX, CDMA, or other wirelesscommunication means). A wireless data transmitter/receiver 340 capableof supporting the wireless data communications can be integrated withhand held device 380.

Referring to FIG. 5, a system diagram 400 of video captured by cameras421-422 at an activity 110 provided to a server 150 and the video dataprovided to wireless handheld devices 310 located near the activitythrough data communication hardware 340. Data can also provided by datacommunication hardware 340 through a data network 170 to remotemultimedia content provider hardware 450 for transmission via cable 430,radio frequency transmission 420 or satellite 440 to a multimediapresentation device 410 (e.g., high definition television, set-top boxused with satellite and cable television service such as devicesprovided by TiVo™, computer or handheld devices located away from theactivity 110) is illustrated. In the illustration, the example activity110 is shown as a boxing ring incorporate cameras surrounding the ringand synchronized in a master-slave relationship located over the ringfor automated the capture of video using master-slave camera technology.Servers and multimedia devices referred to herein can include systemssuch as those supported by subscription services (e.g., digital cabletelevision and satellite television providers) and digital recordingequipment. Thereafter, multiple camera view data can be viewed andreplayed via cable or satellite to a users/subscriber's remote viewer(e.g., HDTV display, set-top boxes).

Those skilled in the art can appreciate that wireless networks andservers can also receive and retransmit other data, in addition to videodata. For example, a server or other computer system may be integratedwith wireless network to provide team and venue data, which can then betransferred to wireless data transmitter receiver from wireless networkand displayed thereafter as team and venue information within displayscreen of a users display device. Other data that may be transferred tohand held device for display include real-time and historicalstatistics, purchasing, merchandise and concession information, andadditional product or service advertisements.

Data can also include box scores, player matchups, animated playbooks,shot/hit/pitch charts, historical information, and offense-defensestatistics. In a concert venue, for example, as opposed to a sportingevent, information pertaining to a particular musical group can be alsotransferred to the hand held device, along with advertising or sponsorinformation. Note that both the video data and other data describedabove generally comprise types of venue-based data. Venue-based data, asreferred to herein, may include data and information, such as video,audio, advertisements, promotional information, propaganda, historicalinformation, statistics, event scheduling, and so forth, associated witha particular venue and generally not retrievable through publicnetworks. Information data can be transmitted together with video datareceived from data transmitter. Such information may be displayed asstreaming data within a dedicated display area of a user's video displayor simply stored in a database for later retrieval by the user.

A wireless gateway 124 and server 150 can be associated with a wirelessnetwork implemented in association with stadium venue 100. Those skilledin the art can appreciate that such a wireless network can begeographically located in a stadium venue 100, or the immediatesurrounding area. It should also be appreciated that a server canoperate across a country and still operate as taught herein to registeruser, retrieve, store and provide video form/to registered users.Capacity and transmission bandwidth are the only constraints for amultimedia delivery system. These limitations continue to be overcomewith faster servers, optical data networks, and high bandwidth wirelessdata communication networks such as 3G cellular and WiMAX.

It can be appreciated by those skilled in the art that the systemillustrated with respect to FIGS. 6 to 8 generally describes an exampleof one type of computer network in which the embodiments disclosed canbe implemented. It can be appreciated that other types of computernetworks can also be utilized in accordance with alternative embodimentsof the present invention, such as, for example, token ring networks,Intranets or organizationally dedicated computer networks rather than amore open computer network, such as the Internet. FIGS. 6-8 are thuspresented for illustrative purposes only and are not considered limitingfeatures of the system as data network communications systems continueto evolve and improve. Note that the term “Internet” is well known inthe art and is described in greater detail herein. Also note that theclient/server architecture described in FIGS. 6-8 represents merely anexemplary embodiment. It is believed that the present invention can alsobe embodied in the context of other types of network architectures, suchas, for example company “Intranet” networks, wireless communicationnetworks, cellular (3G, HSDPA or high-speed downlink packet access whichis part of the high speed packet access family of protocols, and future,e.g., HSPA+, etc. as released), WiMAX, and the like.

FIG. 6 illustrates a block diagram illustrative of a client/serverarchitecture system 600 in which one or more embodiments can beimplemented. As indicated in FIG. 6, user requests 601 for data can betransmitted by a client 610 (or other sources) to a server 650. Server650 can be analogous, for example, to sever 100 described earlierherein. Server 650 can be implemented as a remote computer systemaccessible over the Internet, the meaning of which is known, or othercommunication networks. Server 650 can perform a variety of processingand information storage operations. Based upon one or more userrequests, server 650 can present the electronic information as serverresponses 602 to the client process. The client process may be active ina first computer system, and the server process may be active in asecond computer system, communicating with one another over acommunications medium, thus providing distributed functionality andallowing multiple clients to take advantage of information processingand storage capabilities of the server, including information retrievalactivities such as retrieving documents from a managed serviceenvironment.

FIG. 7 illustrates a detailed block diagram of a client/serverarchitectural system 700 in which one or more embodiments can beimplemented. Although the client 710 and server 750 are processes thatare generally operative within two computer systems, such processes canbe generated from a high-level programming language, which can beinterpreted and executed in a computer system at runtime (e.g., aworkstation), and can be implemented in a variety of hardware devices,either programmed or dedicated.

Client 710 and server 750 communicate utilizing the functionalityprovided by HTTP 701. Active within client 710 can be a first process;browser 715, which establishes connections with server 750, and presentsinformation to the user. Any number of commercially or publiclyavailable browsers can be utilized in various implementations inaccordance with one or more embodiments. For example, a browser 715 canprovide the functionality specified under HTTP 701. A customeradministrator or other privileged individual or organization canconfigure authentication policies, as indicated herein, using such abrowser 715.

Server 750 can execute corresponding server software, such as a gateway,which presents information to the client in the form of HTTP responses701. A gateway is a device or application employed to connect dissimilarnetworks (i.e., networks utilizing different communications protocols toserve digital television customers) so that electronic information canbe passed or directed from one network to the other. Gateways transferelectronic information, converting such information to a form compatiblewith the protocols used by the second network for transport anddelivery. Embodiments can employ Common Gateway Interface (CGI) 704 forsuch a purpose.

In computer to computer environments where a data network such as theInternet is used to transfer data, the HTTP responses 701 generallycorrespond with “Web” pages represented using HTML 702, or other formdata 706 generated by server 750. Server 750 can provide HTML 702. TheCommon Gateway Interface (CGI) 704 can be provided to allow the clientprogram to direct server 750 to commence execution of a specifiedprogram contained within server 750. Through this interface, and HTTPresponses 701, server 750 can notify the client of the results of theexecution upon completion.

FIG. 8 illustrates a high-level network diagram illustrative of acomputer network 800, in which embodiments can be implemented. Computernetwork 800 can be representative of the Internet, which can bedescribed as a known computer network based on the client-server modeldiscussed herein. Conceptually, the Internet includes a large network ofservers 814-820 that are accessible by clients 802-812, typically usersof personal computers, through an Internet service provider 822.

Each of the clients 802-812 can operate a browser 715 to access one ormore servers 814-820 via service provider 822. Each server 814-820 canoperate a so-called “Web site” that supports files in the form ofdocuments and web pages. Clients 802-912 and server 814-820 can alsooperate as a peer-to-peer network, which is popular for data/filesharing. A network path to servers 814-820 can be generally identifiedby a Universal Resource Locator (URL) having a known syntax for defininga network collection. Computer network 800 can thus be considered a“Web-based” computer network.

FIG. 9 illustrates a pictorial view of a sample graphical user interface“web page” window 900 that can be implemented as a graphical userinterface display in accordance with features of the present invention.Those skilled in the art will appreciate that the term “webpage” referssimply to a “page” of an Internet “web” site. The term “homepage” iscommonly utilized in the Internet computer networking arts to refer to aprimary web page or primary web “site”. Subsets or specific relatedareas can be referred to simply as “pages.” FIG. 9 illustrates a webbrowser-based graphical user interface “window” 900 in which multipleperspectives of activity taking place within a venue such as venue 100can be selected by a user and displayed within the display screen of aclient such as 802 that is in communication with a server 150 via theInternet 800. Window 900 can display, for example, a web browserapplication. Where multiple visual perspectives of the same activity areavailable, they can be simultaneously displayed in separate displayareas as will be further described. Additionally, where video has beentime tagged (e.g., using Atomic clock, UTC time and GPS, as previouslydescribed), video can be synchronized to run simultaneously so that morethan one visual perspective of the same activity can be seen at the sametime. This provides the user a greater viewing experience. A displayarea streaming a particular view of interest to the user can be selectedand enlarged (blown up) up to a full screen view for enhanced viewing.Streaming videos can be reversed, forwarded and replayed at will by theuser. All video streams, when synchronized, can be reversed, forwardedand replayed in synchronization where the video are data tagged asdescribed herein.

Icons 921 are generally displayed within the web browser applicationwhich can permit a user to implement web browser commands. In graphicaluser interface environments, icons are typically small graphical imagesdisplayed to represent objects that can be manipulated by a user via apointing device such as a mouse. For example, the icon entitled “Find”905 can be utilized to implement a command that instructs the webbrowser application to search for a particular web page or databasecontent. The icon entitled “Sign In” 910 enables registered users to loginto the server 150 and utilize its multimedia data services and tools955 to upload video or retrieve videos. Videos can be searched for usingvideo “Find” 905 button, which can bring up a search engine or searchfields. The current hypertext address of the displayed web page is shownas Universal Resource Locator (URL) address 908. Thus, the current URLfor the displayed web page is “http://www.myfrontrow.com”. Window 900can include a scroll bar 923, used with an up-arrow feature, and adown-arrow feature. An elevator 924 permits a user to scroll up and downa displayed web page to view portions of the web page not currentlydisplayed within window 900. Button 960 to be used to find a communityor group, or register with a community as a member. Communities can beused for private group members to privately share video from multipleperspective of a related activity which is of interest to the community.

Graphical video images 921 and 922, which are images of differentperspective captured simultaneously of the same activity, can bedisplayed simultaneously within window 900. Images 921 and 922 can beviewed within a video display area such as, for example, video displayarea 940, which is graphically displayed in a “split screen” format. Avariety of other display areas 942-950 can also displayed photographsand videos within window 900. Video data associated with live actionvideo images displayed within video display area 940 can be displayedwithin these display areas. Live action video data from other variousvenues can be displayed simultaneously within display areas 942-950.Selection buttons 951, 952, 953 and 954, when selected by a user, canpermit a user to view various recorded and live video perspectives viathe web page 900, including multiple perspective of activities includingevents taking place within a venue such as venue 100 or via cameras suchas video cameras 121, 122, 123, 124 and mobile handheld video camera137.

Various selection buttons and hypertext links are displayed withinhomepage window which contain links to other web “pages” or portions ofweb site associated with the URL—www.myfrontrow.com. For example,selection button 951, when selected by a user, permits the user toaccess and post video data to an associated web page with the topic“news”. Similarly, Selection button 952, when selected by a user permitsthe user to access. and/or post video data of interest to a Blog.Selection button 953, for example, permits the user to access and postvideo data to an associated web page dealing with the topic “sports”. Amouse click on the selection button 954 permits a user to access“Entertainment” other than sports such as movies or shows. Selectionbutton 955, when selected by a user, permits a user to access tools thatwill enable the user to manage video images streamed to web page 900,such as, for example, video images 921 and 922 associated with theevents taking place within venue 100. Selection of button 956 willenable a user to access the user's private videos (e.g., for viewing oruploading and deletion). Button 957 enables users to “sign up” to theweb site and its services. Selection button 958, when selected by auser, enables the listing of various venues available for video display.Selection button 958, when accessed by a user, can also permit the userto retrieve live streaming video and audio entertainment data from auser's preferred (or registered) venues such as, for example, venues100, or a private activity. Button 959 enables users to view recentvideos uploaded into the website, e.g., the www.myfrontrow.com website.Finally, button 960 enables users to search for communities and registerwith communities of interest to the member. Button 960 also enables theuser to access tools for setting up/register new communities and enableinvited party access by setting up usernames and passwords for guests.

The Video Synchronization Engine 970 button invokes the synchronizationcapabilities, either at the server or on the remote viewers/devices andenables simultaneous video play and replay synchronization based on“timing” data embedded in streamed videos. With video synchronization,video streams of images 921 and 922, as well as 942 an 944, can bedisplayed on display 900 in synchronicity based on the time (e.g.,GPS-UTC, Atomic clock) that the videos were recorded at the sameactivity. For optimum viewing the display 900 and its individual windowscan be expanded to a full screen view (and reduced again) using featuresavailable currently with most media players.

It should be appreciated that remote viewers/devices that take advantageof . access to multimedia, synchronized camera views can not onlyinclude venue-based hand held devices and Internet connected computer,but can include remote video receiving systems monitors such as thoseoffered from cable and satellite service provider with enhanced digitalcapabilities such as high definition television (HDTV) formatting, orother digital enabled viewing systems and devices that might come intoto use in the form of a home multimedia server used for providinghome-based customers with enhanced multimedia entertainment access andcontrol. It can now be appreciated that, when multiple visualperspectives of the same activity are available, multiple videos can besimultaneously displayed in separate display areas (e.g., split screens)on the video screen in a similar manner as described with respect to theGUI in FIG. 9. Time tagged video can be synchronized to runsimultaneously on the television screen, whether it is an HDTV bidscreen, or a projection based screen) so that more than one visualperspective of the same activity can be seen, in synchronicity, at thesame time. Like a computer mouse is typically used to navigate around ascreen and select media in a computer, a wireless remote control can beused to navigate about the content being displayed on a large videoscreen to display single or multiple views of live or recorded videostreams from content providers (e.g., cable and satellite programmingproviders providing on demand sports programming). Set-top boxes can beenabled with programming that will allow, via wireless remote control,for user navigation and selection of video perspective for display andcan also enable rewinding, fast forwarding, pause and replaycapabilities which are already available on set-top boxes as associatedremote controls for viewing single perspective videos. Enhancedfunctionality in accordance with unique features of the presentinvention provides a greater viewing experience by programmingcustomers.

With teaching of the present invention, it can even be envisaged thatmultiple perspectives can be recorded for movies and shows by filmmakers and producers of the “Movie Industry” in order to enhance homevideo entertainment. Although movie theatres are still routinelyattended, home video rental or on-demand video streams purchases arebecoming a much larger part of the movie industries revenue stream. Infact, new movie releases are being provided in DVD sales and rental andonline services very shortly after their debut and theatre runs. Withthis in mind, it can be appreciated that enhanced movie releases for thehome entertainment market can include, for example, four perspectives ofan action scene that can be viewed simultaneously in a split screenformat similar to the presentation format shown on the display 185 inFIG. 3, on a home-based video monitor such as the monitor HDTV 410mentioned in FIG. 4. Flat panel displays and home theatre rearprojections screen are so large today that they can support simultaneousdisplay. Flat panels displays are now widely available to consumers atsizes up to sixty-five inches (65″) measured diagonally. The differentvantage points or perspectives can be of a single character. or ofdifferent characters at different location operating at the same time ina movie scene, such as the perspective shown of two hockey players 921,922 shown in the split screen format 940 on the display 900 described inFIG. 9, which may be at different location on the playing field for thegame. Such distributed, but synchronized scenarios became popular in theFox™ television broadcast series “24”, where several scenes ofcharacters hypothetically operating at different locations at the sametime were shown in split screen areas of the viewing display. This isonly illustrative of how a concept of video synchronization would beamusing and valuable, depending on the application. A financial premiummay be recognized for the sale of a recoded movie in a multipleperspective format, where a single perspective can be viewed at viewdisruption, or several views can be shown simultaneously in split screensynchronized format. Again, all recorded video streams, whensynchronized using a video synchronization engine, can be reversed,forwarded and replayed in synchronization where the video is data taggedas described herein. Synchronization engine software can be configuredto function automatically on the display or set-top box wheresimultaneous video perspectives are being streamed and timinginformation is available. With movies as another possible applicationfor the present invention, it should be appreciated that the definitionof “activity” herein should extend to movie-related entertainment media.

Referring to FIG. 10, a flow diagram 1000 of a method for providingincreased remote video viewing opportunities of activities includingprivate activities and public activities that occur inside outside ofentertainment venues to a remote audience is illustrated, in accordancewith features of the present invention. The method starts can begin asindicated at Block 1010. As illustrated at Block 1020, a server ban beprovided that can be adapted to: receive different visual perspectivesof a public activity captured by more than one camera located at anactivity, process the different visual perspectives into video-relateddata and record the video-related data for selective retrieval by anddisplay on video display devices authorized to communicate with theserver over a data network. Thereafter as described at Block 1030,different visual perspectives of an activity captured by more than onecamera located at an activity can be received, wherein the differentvisual perspectives received at the server through a data network. Asshown in Block 1040, the different visual perspectives are processed atthe server into video-enabled data and recording the video-enabled datain a memory associated with the server. Then, as shown at Block 1050,video-related data selected by video display devices is provided tovideo display devices. The video-related data can be provided to thevideo display devices from the server over a data network. The methodthen ends at Block 1060.

As illustrated in FIG. 11, a method is depicted that can provideincreased remote video viewing opportunities of activities to a remoteaudience is illustrated. The method begins at Block 1110. Then as shownin Block 1120, different visual perspectives of an activity captured asvideo by more than one camera located at an activity at a server adaptedto receive and process video are received. The different visualperspectives are received at the server through a data network.Thereafter, as illustrated at Block 1130, the different visualperspectives can be processed at the server adapted to receive andprocess video into video-enabled data and recording the video-enableddata in a memory associated with the server. Next, as described at Block1140, video-related data selected by video display devices can beprovided to video display devices. The video-related data can beprovided to the video display devices from the server adapted to receiveand process video over a data network. The method can then terminate asshown at Block 1150.

Referring to FIG. 1200, a flow diagram of a method providing increasedremote video viewing opportunities of activities to a remote audience isillustrated. The method begins at Block 1210. Thereafter, as describedin Block 1220, users can be registered at a server adapted to receiveand process video and authorizing the users to access the server adaptedto receive and process video to provide video captured at the activityusing a camera included in a wireless handheld device and to selectivelyretrieve video-related data captured at the activity for display byvideo display devices. As described at in block 1230, different visualperspectives of an activity captured as video by more than one cameralocated at an activity are received at the server adapted to receive andprocess video. The different visual perspectives can be received at theserver through a data network. Thereafter, as depicted at Block 1240,the different visual perspectives are processed at the server adapted toreceive and process video into video-enabled data and then recorded in amemory associated with the server adapted to receive and process video.As indicated next at Block 1250, video captured by a user at theactivity using a camera included in a wireless handheld device andprovided to the server adapted to receive and process video areprocessed based on identifying data including at least one of activitytitle, activity time, activity date, activity place, location ofwireless handheld device at time of video recording. Then as shown inBlock 1260, user access is provided to the organized video from theserver adapted to receive and process video based on a request from theuser of at least one of: activity title, activity time, activity date,activity place, wireless handheld device location at time of videorecording. The video-related data can be provided to video displaydevices from the server adapted to receive and process video over a datanetwork. The method can then terminate as indicated at Block 1270.

Referring to FIG. 13, a method providing increased remote video viewingopportunities of activities to a remote audience is illustrated. Themethod begins at block 1310. As depicted next at Block 1320, users andonline communities (e.g., memberships, groups) are registered at aserver adapted to receive and process video and authorizing the usersassociated with online communicates to access the server adapted toreceive and process video to provide video captured at the activityusing a camera included in a wireless handheld device and to selectivelyretrieve video-related data captured at the activity for display byvideo display devices. Thereafter as described and in Block 1330,different visual perspectives of an activity captured as video by morethan one camera located at an activity are received at a server adaptedto receive and process video. The different visual perspectives arereceived at the server adapted to receive and process video through adata network. Then next, as illustrated in Block 1340, the differentvisual perspectives can be processed at the server adapted to receiveand process video into video-enabled data and can be recorded thevideo-enabled data in a memory associated with the server adapted toreceive and process video. Thereafter, as described at Block 1350, videocaptured by a user at the activity using a camera included in a wirelesshandheld device and provided to the server adapted to receive andprocess video and can be organized based on identifying data includingat least one of: online community name, activity title, activity time,activity date, activity place, wireless handheld device location at timeof video recording. As shown in Block 1360, user access can be providedto the organized video from the server adapted to receive and processvideo based on a request from the user of at least one of: activitytitle, activity time, activity date, activity place, wireless handhelddevice location at time of video recording, wherein the video-relateddata is provided to the video display devices from the server adapted toreceive and process video over a data network. The method can thenterminate, as indicated at Block 1370.

Referring to FIG. 14, a method providing synchronized viewing of morethan one visual perspective recorded in video format by a remoteaudience is illustrated. The method begins at block 1410. As depictednext at Block 1420, receiving in a server different visual perspectivesof an activity captured as video and time stamped with time of captureinformation by more than one camera located at an activity is receivedin a server. As shown in Block 1430, the different visual perspectivesare processed on the server for synchronized and simultaneous display asmore than one video on a single video display device. As shown in Block1440, the different visual perspectives are displayed simultaneously andin synchronicity with respect to time as more than one video on a singlevideo display. The method can then terminate (and the end of a user'sviewing session), as indicated at Block 1450.

The embodiments and examples set forth herein are presented in order tobest explain the present invention and its practical application and tothereby enable those skilled in the art to make and utilize theinvention. However, those skilled in the art will recognize that theforegoing description and examples have been presented for the purposeof illustration and example only. The description set forth is notintended to be exhaustive or to limit the invention to the precise formdisclosed. Many modifications and variations are possible in light ofthe above teaching without departing from the spirit and scope of thefollowing claims.

1. A system for remote viewing of at least one activity from at leasttwo different visual perspectives to a remote audience, said systemcomprising: a server to receive the at least two different visualperspectives of the at least one activity simultaneously captured duringthe at least one activity as a streaming video signal by a combinationof at least one of a plurality of cameras singularly included in each ofat least one of a plurality of hand held devices and at least one of aplurality of standalone cameras, all located near the at least oneactivity; said server having circuitry to process the streaming videosignal into video-related data and record the video-related data in adatabase associated with said server; selection means to selectivelyretrieve and display said streaming video display signal by at least oneuser of a plurality of users over at least one of a plurality of remotevideo display devices authorized to communicate with the server andretrieve streaming video-related data over a data network; and at leastone of a plurality of wireless hand held devices communicating with saidserver, wherein each of said at least one of said plurality of wirelesshand held devices includes integrated components comprising a GUI basedmenu driven touch screen display and a video processing unit with videotuning hardware to select segments of the streaming video signalviewable on said GUI based menu driven touch screen display as real timeor pre-recorded video footage.
 2. The system of claim 1, furthercomprising a registration module to register the at least one user andauthorize the at least one user access to said server to retrieve thestreaming video signal of the at least two different visual perspectivesfrom said database.
 3. The system of claim 1, further comprising aregistration module to register the at least one user and authorize theat least one user access to said server to upload the streaming videosignal into said database of the at least one activity captured by thecombination of the at least one of said plurality of cameras and the atleast one of said plurality of standalone cameras camera, and operatedby the at least one user.
 4. The system of claim 3, further comprisingan activity organization module to organize the streaming video signaluploaded into said database from a combination of streaming videosignals emanating from the at least one of said plurality of cameras andthe at least one of said plurality of standalone cameras, operated bythe at least one user, wherein video from the streaming video signal isautomatically organized by said server based on at least one of: atleast one activity title, an activity time, an activity date, anactivity place, a location of the at least one wireless handheld deviceat a time of a video recording of the streaming video signal.
 5. Thesystem of claim 1, further comprising an activity organization module toorganize the streaming video signal simultaneously captured during theat least one activity by a combination of the at least one of saidplurality of cameras and the at least one of said plurality ofstandalone cameras, located near the at least one activity and providedto said server, wherein said streaming video signal is automaticallyorganized by at least one of said server based on at least one of: atleast one activity title, an activity time, an activity date, anactivity place, a location of the at least one of said plurality ofwireless handheld devices at a time of recording of the streaming videosignal.
 6. The system of claim 1, further comprising a registrationmodule to register at least one user remote video display device amongthe at least one of a plurality of remote video display devices andauthorize at least one registered user access to said server to allowthe at least one registered user to selectively retrieve and display thestreaming video-related data captured at the at least one activity. 7.The system of claim 1, further comprising an activity organizationmodule to provide selective access to the streaming video signal of theat least two of said plurality of different visual perspectives fromsaid server, wherein said streaming video signal is provided to at leastone remote video display device among said remote video display devicesfrom said server based on a request from at least one registered userfor at least one of: at least one activity title, an activity time, anactivity date, an activity place, a location of the at least one of saidplurality of wireless handheld devices at a time of video recording, anda distance from a location of interest.
 8. The system of claim 1,further comprising a community association module to associate at leastone user registered with at least one of a plurality of onlinecommunities also registered within said server and to provide the atleast one registered user selective access to the streaming video signalof the at least one activity stored on said server that were capturedusing a combination of the at least one of said plurality of cameras andthe at least one of said plurality of standalone cameras, by the atleast one registered user located near the at least one of saidplurality of activities and stored on said server in association withthe at least one online community, wherein the streaming video signal isprovided to the at least one registered user from said server based onrequests from the at least one registered user of at least one of: aname of said at least one of said plurality of online communities atleast one activity title, an activity time, an activity date, anactivity place, a location of the at least one of said plurality ofwireless handheld devices at a time of a recording of the streamingvideo signal, and a distance from a location of interest.
 9. The systemof claim 2, further comprising a community association module toassociate the at least one user with at least one of a plurality ofonline communities also registered within said server and to provide atleast one registered user selective access to the streaming video signalof activities stored in said database that were captured using acombination of the at least one of said plurality of cameras and the atleast one of said plurality of standalone cameras, operated by the atleast one registered user located near the at least one activity andstored in said database in association with the at least one of saidplurality of online communities, wherein said streaming video signal isprovided to the at least one registered user from said server based onrequests from the at least one registered user of at least one of: aname of the at least one of said plurality of online communities, anactivity title, an activity time, an activity date, an activity place, alocation of the at least one of said plurality of wireless handhelddevices at a time of recording of the streaming video signal, and adistance from a location of interest.
 10. The system of claim 3, furthercomprising a community association module to associate at least oneregistered user with at least one online community also registeredwithin said server and to provide the at least one registered userselective access to the streaming video signal of activities stored insaid database that were captured using a combination of the at least oneof said plurality of cameras and the at least one of said plurality ofstandalone cameras, operated by the at least one registered user locatednear the at least one activity and stored in said database inassociation with the at least one online community, wherein saidstreaming video signal is provided to the at least one registered userfrom said server based on requests from the at least one registered userof at least one of: a name of the at least one online community, anactivity title, an activity time, an activity date, an activity place, alocation of the at least one of said plurality of wireless handhelddevices at a time of recording of the streaming video signal, a distancefrom a location of interest.
 11. The system of claim 3, furthercomprising a community association module adapted to associate at leastone registered user with at least one online community also registeredwithin said server and to provide the at least one registered userselective access to the streaming video signal of the at least oneactivity stored on said server that were captured using the combinationof the at least one of said plurality of cameras and the at least one ofsaid plurality of standalone cameras, by the at least one registereduser within the at least one online community located near the at leastone of said plurality of activities and stored on said server inassociation with the at least one online community, wherein saidstreaming video signal is provided to the at least one registered userfrom said server based on requests from the at least one registered userof at least one of: a name of the at least one online community, anactivity title, an activity time, an activity date, an activity place, alocation of the at least one of said plurality of wireless handhelddevices at a time of recording of the streaming video signal, and adistance from a location of interest.
 12. The system of claim 4, furthercomprising a community association module adapted to associate at leastone registered user with at least one online community also registeredwithin said server and to provide the at least one registered userselective access to an organized streaming video signal of the at leastone activity captured using the combination of the at least one of saidplurality of cameras and the at least one of said plurality standalonecameras, by the at least one registered user of an activity and providedto said server, wherein said organized streaming video signal isprovided to the at least one registered user from said server based onrequests from the at least one registered user of at least one of: atleast one activity title, an activity time, an activity date, anactivity place, a location the at least one of said plurality ofwireless handheld devices at a time of recording the streaming videosignal, and a distance from a location of interest.
 13. A system forremote viewing of an at least one activity from at least two differentvisual perspectives to a remote audience, said system comprising: aremote server to: receive the at least two different visual perspectivesof the least one activity simultaneously captured during the at leastone activity by a combination of at least one camera of a plurality ofcameras singularly included in each at least one of a plurality of handheld devices and at least one of a plurality of standalone cameras,located at the at least one activity, process the at least two differentvisual perspectives into streaming video-related data and record thestreaming video-related data for selective retrieval and display by atleast one user and at least one of a plurality of remote video displaydevices authorized to communicate with the remote server over a datanetwork; a registration module to register the at least one user and theat least one remote video display device and authorize the at least oneuser access to said remote server to provide a streaming video imagecaptured at the at least one activity and selectively retrieve thestreaming video-related data for selective display by the at least oneremote video display device; an activity organization module fororganizing said streaming video-related data, wherein said streamingvideo signal is automatically organized by said server based onidentifying data including at least one of: the at least one activitytitle, activity time, activity date, activity place, location of an atleast one a plurality of wireless handheld devices at time of thestreaming video signal recording, and said activity organization modulefurther configured to provide selective access to organized saidstreaming video signal from said remote server by said at least oneremote video display device based on a request for at least one of: theat least one activity title, activity time, activity dater activityplace, at least one of a plurality of wireless handheld devices locationat time of video recording, distance from location of interest; and avideo processing unit in the at least one hand held device to parse saidstreaming video signal by tuning video frequency. channels anddelivering said signal to an onboard touch screen display.
 14. Thesystem of claim 13, further comprising a community association moduleadapted to associate at least one registered user with at least oneonline community also registered within said remote server and toprovide the at least one registered user selective access to thestreaming video signal of the at least one activity stored on saidremote server captured using the combination of at least one camera andthe at least one standalone by the at least one registered user locatednear the at least one activity and stored on said remote server inassociation with the at least one online community, wherein saidstreaming video signal is provided to the at least one registered userfrom said remote server based on requests from the at least oneregistered user of at least one of: a name of the at least one onlinecommunity, at least one activity title, an activity time, an activitydate, an activity place, a location of the at least one of saidplurality of wireless handheld devices location at a time of recordingof the streaming video signal, and a distance from a location ofinterest.
 15. A method for providing remote video viewing opportunitiesof at least one activity to a remote audience, said method comprising:providing a server to: receive at least two of a plurality of differentvisual perspectives of the at least one activity captured by acombination of at least one of a plurality of cameras singularlyincluded in each of at least one of a plurality of hand held devices andat least one of a plurality of standalone cameras, located at the atleast one activity, process the at least two different visualperspectives into video-related data and record the video-related datafor selective retrieval by and display on at least one of a plurality ofremote video display devices authorized to communicate with the serverover a data network; receiving the at least two different visualperspectives of the at least one activity captured by the combination ofthe at least one camera and the at least one standalone camera, locatedat the at least one activity, wherein said at least two different visualperspectives are received at the server through a data network as video;processing the at least two different visual perspectives at the serverinto video-enabled data and recording the, video-enabled data in amemory associated with the server; providing video-related data selectedby at least one of a registered user associated with the at least oneremote video display device, wherein said video-related data is providedto said at least one remote video display device from said server oversaid data network; and further processing the video-related data througha video processing unit in the at least one hand held device parsingsaid data by tuning frequencies and delivering said data to an onboardtouch screen display.
 16. A method for providing remote video viewingopportunities of at least one activity to a remote audience, said methodcomprising: receiving at least two of a plurality of different visualperspectives of the at least one activity captured as at least two of aplurality of streaming video images by a combination of at least one ofa plurality of cameras singularly included in each of at least one of aplurality of hand held devices and at least one of a plurality ofstandalone cameras, located at the at least one activity, whereby saidat least two of said plurality of streaming video images are deliveredto a server, said server providing a digital gateway in transmitting theat least two of said plurality of streaming video images to a datanetwork; processing the at least two of said plurality of differentvisual perspectives at the server, whereby said server processes the atleast two of said plurality of streaming video images as video-enableddata and records the video-enabled data in a memory device; processing awireless transmission medium comprising said at least two of saidplurality of streaming video images selectable through' a selectionmeans at the at least one of said plurality of hand held devicesselectively viewing simultaneously the at least two of said plurality ofdifferent visual perspectives through a touch screen display; andfurther processing the at least two of said plurality of streaming videoimages through video processing within the at least one of saidplurality of hand held devices while tagging said images with GPSattributes.
 17. The method of claim 16, said method further comprising:registering and authorizing at least one registered user to access saidserver to receive and process the at least two of said plurality ofstreaming video images captured at the at least one activity using thecombination of the least one of a plurality of cameras and the at leastone of said plurality of standalone cameras and to selectively retrievesaid video-related data captured at the at least one activity fordisplay by the at least one of said plurality of hand held devices,wherein said at least one of said plurality of hand held device devicescomprises at least one of a plurality of video processing cellularphones.
 18. The method of claim 16, said method further comprising:organizing said at least two of said plurality of streaming video imagescaptured by at least two a of plurality of registered users at the atleast one activity using at least one of the at least one of saidplurality of cameras and the at least one of said plurality ofstandalone cameras wherein said at least two of said plurality ofstreaming video images are provided to said server to process said atleast two of said plurality of streaming video images based onidentifying attribute data including at least one of: at least oneactivity title, an activity time, an activity date, an activity place, aGPS position of the at least one of said plurality of handheld devicesat a time of recording of the at least one of said plurality ofstreaming video images, and a distance from a location of interest; andcapturing said at least two of said plurality of streaming video imageswith said at least one of said plurality of hand held devices whereinsaid at least one of said plurality of hand held devices defines aposition of the at least one of said plurality of cameras through GPStracking hardware and establishes an accurate clock time by importingexternal time data through an established link, wherein a time frame andsaid GPS tracking hardware register said at least two of said pluralityof streaming video images with a specific coordinate pair in time andspace.
 19. The method of claim 18, further comprising providing throughthe selection means at least one user access to said at least one ofsaid plurality of streaming video images based on attribute datafiltering.
 20. The method of claim 16, further comprising: registeringat least one user of at least one of a plurality of online communitiesat a server to receive and process at least one streaming video image;and authorizing the at least one user to: access said server to receiveand process the at least one streaming video image; storing in a storagemeans the at least one streaming video image captured at the at leastone activity using the combination of at least one of said plurality ofcameras and the at least one of said plurality of standalone cameras;and selectively retrieve with a selection means video-related dataassociated with the at least one streaming video image by said at leastone user on a subscription basis from said server to display on at leastone remote video display device.
 21. A method for providing remote videoviewing opportunities of at least one of a plurality of activities to aremote audience, said method: registering at least one user at a serveradapted to receive and process at least one of a plurality of streamingvideo images; authorizing through a subscription service the at leastone user to access said server to receive and process said at least onestreaming video image; providing the at least one streaming video imagecaptured at the at least one activity using a combination of at leastone of a plurality of cameras singularly included in each at least oneof a plurality of wireless hand held devices and at least one of aplurality of standalone cameras, and to selectively retrievevideo-related data associated with the at least one streaming videoimage captured at the at least one activity for display by an at leastone of a plurality of remote video display devices; receiving at leastone of a plurality of different visual perspectives of the at least oneactivity captured as the at least one streaming video image by thecombination of at least one camera and at least one standalone camera,located at the at least one activity, at said server, wherein saidserver adapted to receive and process the at least one streaming videoimage, wherein said different visual perspectives received at the serverto a subscriber based data network; processing the at least onedifferent visual perspective at the server, wherein said server receivesand processes the at least one streaming video image into video-enableddata and recording the video-enabled data in a memory associated withsaid server; organizing the at least one streaming video image capturedby the at least one user at the at least one activity using thecombination of the at least one camera and the at least one standalonecamera and interfacing with said server to receive and process the atleast one video image based on identifying at least one of the followingdata-attributes: the at least one activity title, activity time,activity date, activity place, location of the at least one wirelesshandheld device at time of video recording; and providing the at leastone user access to an organized arrangement of at least two of theplurality of streaming video images from said server, wherein saidserver receives and processes said at least two images in a synchronizedsplit screen fashion per request from an at least one registered userbased on at least one of: the at least one activity title, activitytime, activity date, activity place, the at least one wireless handhelddevice location at time of the at least one video image recording,wherein said video-related data is provided to said at least one videodisplay device from said server to receive and process the at least onestreaming video image proceeded by transmission over the data network;and further processing the video-related data through a video processingunit in the at least one hand held device parsing said data by tuningfrequencies and delivering said data to an onboard touch screen display.22. A method for providing remote video viewing opportunities of atleast one of a plurality of activities to a remote audience, said methodcomprising: registering at least one user populating at least one of aplurality of online communities accessing a server adapted to receiveand process video; authorizing the at least one registered userassociated with said online communities to access said server adapted toreceive and process video captured at the at least one activity using acombination of at least one of a plurality of cameras singularlyincluded in each at least one of a plurality of wireless hand helddevices and at least one of a plurality of standalone cameras, and toselectively retrieve video-related data captured at the at least oneactivity for display by at least one of a plurality of video displaydevices; receiving at least one of a plurality of different visualperspectives of the at least one activity captured as video by thecombination of the at least one camera and the at least one standalonecamera located at the at least one activity in the proximity of saidserver, wherein said server functions to receive and process video ofsaid at least one different visual perspective through a data network;processing the at least one different visual perspective at said serverinto video-enabled data and recording the video-enabled data in a memoryassociated with said server; organizing video captured by the at leastone user at the at least one activity in an image processing unitincluded in the at least one of wireless handheld device, wherein saidat least one hand held device processes incoming and outgoing video withsaid processing unit based on identifying attribute data including atleast one of: the at least one online community name, the at least oneactivity title, activity time, activity date, activity place, the atleast one wireless handheld device location at time of video recording,distance from a location of interest; and providing the at least oneuser access to the organized video from said at least one hand helddevice to receive and process video based on a request from the at leastone user of at least one of: the at least one activity title, activitytime, activity date, activity place, the at least one wireless handhelddevice location at time of video recording, wherein said video-relateddata is provided to said at least one video display device from saidserver to receive and process video over said data network.
 23. A systemfor synchronized remote viewing of at least one of a plurality ofactivities from at least two of a plurality of visual perspectives to aremote audience, said system comprising: a multimedia server including avideo synchronization module, wherein said server comprising circuitryto simultaneously receive the at least two visual captured during the atleast one activity as video by a combination of at least one of aplurality of cameras singularly included in each at least one of aplurality of wireless hand held devices and at least one of a pluralityof standalone cameras, wherein the combination of the at least onecamera and the at least one standalone camera are configured to generatevideo image tags with time of capture information, and said videosynchronization module processes the at least two different visualperspectives into video-related data for selective retrieval andsynchronized display on at least one of a plurality of remote videodisplay devices comprising at least one of a plurality of hand helddevice displays; and said at least one of said plurality of hand helddevice displays including an onboard video processing unit, an onboardGPS chipset, said onboard video processing unit having circuitry toprocess incoming and outgoing video furnished with GPS space and timecoordinates on a toolbar screen inset.
 24. The system of claim 23,further comprising a video synchronization engine for synchronizing theplaying of video of the at least two visual perspectives of the at leastone activity on the at least one of the plurality of remote videodisplay devices based on time of capture information related to saidvideo image tags on images.
 25. A method for providing synchronizedviewing of at least two of a plurality of visual perspectives recordedin video format by a remote audience, said method comprising: receivingin a server the at least two of said plurality of visual perspectives ofan activity captured as video and time stamped with time of captureinformation by a combination of at least one of a plurality of camerassingularly included in each at least one of a plurality of wireless handheld devices and at least one of a plurality of standalone cameras,located at an at least one of a plurality of activities; processing theat least two of said plurality of visual perspectives on the server forsynchronized and simultaneous display as at least two of a plurality ofvideo images on a single video display screen; displaying simultaneouslyand in synchronicity with respect to time the at least two of saidplurality of visual perspectives as the at least two video images ofsaid plurality of video images on said single video display screen; andrecording video of said at least two of said plurality of perspectivescaptured from the combination of at least one camera among the pluralityof cameras and at least one standalone camera among the plurality ofstandalone cameras, and transmitting said video over a commercialcellular network interfacing with the Internet to at least one wirelesshand held device among said plurality of wireless hand devices.